WIRTGEN GROUP’s Post

Exceptional versatility for demanding applications: The high-performance Wirtgen WRC 240i Rock Crusher combines innovative crushing and mixing technology along with intuitive operation for a wide range of applications. What makes the WRC 240i Rock Crusher stand out? ✅ Robust crushing and mixing tools: The solid HT18 toolholders are ideally suited for versatile and highly productive crushing applications. ✅ Variable and fixed crushing stage: Automatically or manually adjustable, the crushing stage adapts to the work process and enables precise control of the particle size. ✅ Active inlet flap: Seals the crushing and mixing housing. ✅ Hydraulically adjustable screening unit: Enables adjustment of the desired material size – perfect for a wide range of materials from gravel to cohesive rock. ✅ Armored rotor housing: made of highly wear-resistant steel constructed for continuous extreme loads and stresses. ✅ Variable crushing and mixing chamber: Adjusts to the working depth and optimizes the material throughput and mixing quality.

🔧 Exploring the anatomy of a single-cylinder hydraulic cone crusher! Here are its main components: Main Frame Hydraulic Cylinder Mantle Concave/Bowl Liner Eccentric Shaft Drive Shaft Hydraulic System Adjustment Mechanism Feed Hopper Discharge Opening Understanding these parts sheds light on how this powerhouse machine operates, crushing challenges with ease! 💪🛠️ #ConeCrusher #HydraulicPower #CrushingTech 🔩

In horizontal separators, the build-up of sand and solids at the vessel's bottom poses a significant concern, potentially disrupting separator operations by occupying valuable vessel volume. Extensive efforts have been devoted to developing sand or sludge removal systems for separators over many years. However, no single "sand jet" system has emerged as unequivocally superior. Our proposed solution using SJ-Calc Tool provides Process Design of "H Type Conventional Jetting Headers" systems, which are installed along the vessel bottom, extending up to the sand retention baffle. These systems feature multiple jet headers positioned on either side of the centreline, ensuring comprehensive coverage. The headers are divided into several 'H' sections, each independently fed with jet water and drained, enabling precise monitoring and control of sand deposition and flushing, ideally at or above the critical Fluidization Factor. Equipped with an array of smaller arms fitted with fan-jet nozzles, the headers effectively fluidize and sweep the solids. Orifice size and fan angle selection are tailored to vessel dimensions. A central sand pan prevents sand accumulation on the centreline, averting clogging of the sand removal nozzles. Segmenting the sand area promotes efficient flushing, conserving jet water and preventing downstream dispersion of fluidized solids.

Main Structure Of Hammer Mill (1) Base: plays the role of connecting and supporting the components of the crusher to form a whole. The crushed material is discharged from the side of the crushing chamber. (2) Rotor: consists of main shaft, hammer pieces frame, axis pin, hammer pieces, bearing and so on. It is the main moving part of the crusher.The rotor speed is high, and must be tested by dynamic balance without axis pin and hammer pieces after be assembled. (3) Upper cover: has a feeding hole on the side of the top, which is made of semicircular ring gear. The crushing chamber is composed by upper cover, lower cover and rotor. The material is crushed in the crushing chamber. (4)Lower cover: has a discharge hole on the side. There are gear ring, main shaft, hammer pieces frame, hammer pieces, fan blade, classifying wheel inside. The casing is divided into air blowing area, fine crushing area, classifying area, secondary crushing area, coarse crushing area. #FlavorExplosion #IndustrialCrushing #CrushingEquipment #CrusherMachine #MaterialCrushing #CoarseCrushing

The Sand Remover is a pre-treatment model made of GPR or stainless steel and features a hollow shaft screw that collects and transports solids, achieving a 97% grit removal rate. It demonstrates high efficiency in WWTPs for discharges with high grit content, such as those found in potato and beet processing. DA- 2/215 model: - Screw diameter ---215 ( 8 4/8) - Power KW (HP) --- 0.75 (1) - Flow 0º m3 /h ---50 ( 220.15) #wastewatertreatment #sandremover #wastewaterindustry #pretreatment #thisistoroequipment

One of the really neat things about General Kinematics is our involvement in so many industries. Take for example a brake rotor. When the iron ore is mined, it is screened and metered over GK vibrating screens and feeders. From there it makes its way to a foundry where it is fed into furnaces on GK vibratory chargers, then is processed through the foundry over GK shakeouts, conveyors, casting coolers, and GK sand processing and reclamation equipment. After the brake rotor has been used and reached end of life, it is then sent to the scrap yard for recycling over GK vibratory equipment. And the circle repeats itself. No matter what step of the process your company is in, GK has solutions to enhance your uptime, throughput, and profitability. Check out all the industries we serve and products and services we offer at https://lnkd.in/ZFgN4S

Installation of triming pipe for pile casting

First stage, efficiency process with changing the jaw crusher machine input from above to underground

⚙️ Looking to enhance the performance of your Nordberg® GP Series™ cone crusher? With an extra coarse, large setting chamber, achieving the maximum CSS is a breeze, resulting in enhanced material flow and increased capacity. 📈 Dive deeper into optimizing the efficiency of your GP cone crusher with insights from our expert blog 👇

Diamond tools are utilized for cutting, grinding, and drilling in various industries such as stone processing, transportation, geological, and construction. Diamond is an abrasive material, which can be advantageous for polishing stone, concrete, ceramics, bricks, glass, fire-proof resources, and other similar hard materials. Further, Diamond tools have their uniqueness, such as heat resistance, sharpness in cutting edge, excellent thermal conductivity, and high hardness, which foster the diamond tools market. The requirement for high-precision and stable machining tools in disparate, industries is a crucial factor driving the enlargement of the diamond tools market. Tiny particles of industrial-grade diamonds are great for embedding in saw blades, grinding wheels, and drill bits; diamonds have also been used successfully on saw machine edges, and circular saw blades. #corebits #sawblades #diamondsawblades #construction #grindingcupwheels #grindingtools #diamondtools